Worth noting for Indian buyers — worth noting for Indian shoppers — when NASA sent astronauts back into deep space for the first time in over 50 years, they didn’t just carry specialised equipment onboard. They also carried a smartphone each. That might sound routine. After all, smartphones go everywhere with us. But in this case, we’re talking about space, so, not so routine.

NASA’s Artemis II mission marks the first crewed deep-space flight in more than 50 years. Four astronauts are travelling around the Moon aboard the Orion spacecraft, reaching distances of roughly 250,000 miles from Earth, the farthest human beings have travelled away from the planet. Among the images already shared by the astronauts and NASA are stunning views of the Earth as a distant planet and detailed shots of the Moon’s surface. But here’s the thing – those photos are not coming only from traditional space cameras, but from the iPhone 17 Pro Max each crew member is carrying to document the mission.

The iPhone 17 Pro Max, launched in September 2025, was approved by NASA only after a detailed safety review and a set of operational restrictions. The hardware remains largely the same, but the way it’s configured and handled is different. In fact, this marks the first time modern consumer smartphones have been authorised for deep-space flights.

NASA modified the iPhone 17 Pro Max for space travel

As per reports, before approval, NASA evaluated the iPhone 17 Pro Max the same way it would any other onboard component. This was not a quick durability check. This product went through a multi-stage review covering materials, structure, and behaviour in microgravity. Experts examined the titanium frame, internal adhesives, Ceramic Shield glass, and sapphire camera lenses. The goal was to identify failure points and understand how they behave in a closed spacecraft environment. 1 of 6 Pictures clicked by the iPhone 17 Pro Max aboard Orion Pictures clicked by the iPhone 17 Pro Max aboard Orion Pictures clicked by the iPhone 17 Pro Max aboard Orion Pictures clicked by the iPhone 17 Pro Max aboard Orion Pictures clicked by the iPhone 17 Pro Max aboard Orion Pictures clicked by the iPhone 17 Pro Max aboard Orion

The biggest concern was breakage. If the display or camera lens cracks, fragments do not fall away. They float inside the cabin. In a sealed environment like the Orion spacecraft, that creates a risk to the crew’s eyes and breathing. Battery stability was also assessed. Lithium-ion batteries were tested under radiation exposure and pressure variations. In addition, NASA checked for off-gassing, ensuring that materials inside the phone would not release harmful vapours into the spacecraft’s air system. These checks are standard for flight hardware. The iPhone had to meet the same baseline.

To address these risks, the iPhones onboard Artemis II operate under a restricted configuration often described as “Space mode.” All wireless communication is disabled. Cellular, Wi-Fi, and Bluetooth are permanently turned off to prevent interference with the spacecraft’s navigation systems. Physical handling is also controlled. During launch, the phones are stored in reinforced suit pockets. Inside the cabin, they are secured using Velcro or mounts so they do not drift. In microgravity, even a small object can move freely if not contained. NASA also validated the durability of the phone’s glass and camera lenses to ensure they meet safety requirements under mission conditions. The result is a device that runs locally and is used within strict limits.

Apple was not involved in the certification process. NASA handled the evaluation independently and approved This product for use under these conditions.

iPhone 17 Pro Max as a space camera

The iPhone is not replacing existing imaging equipment. Astronauts continue to use DSLRs and GoPro cameras for critical documentation. This phone fills a different role. It’s quicker to access, easier to handle, and suited for capturing moments without setup. That makes it useful inside the spacecraft, where space and time are limited. In practice, it functions more like a camera than a smartphone. There is no connectivity, no cloud sync, and no communication features in use.

Phones photographing the lunar surface isn’t new. Both Apple and Samsung have showcased lunar photography capabilities. Samsung’s Galaxy S26 Ultra produces detailed “moon shots” from Earth using AI-enhanced 100x Space Zoom, delivering crater textures with impressive clarity that many people appreciate. But now, we’re seeing the iPhone 17 Pro Max capture the moon directly from lunar orbit, relying on its optics without software enhancement. Samsung simulates lunar detail from the ground, but Apple is recording it firsthand from space. What a time to be alive.